Semiconductor Manufacturing

With such high demand for semiconductors, continuous production isn’t a choice—it’s a requirement.

A resilient network has mechanisms and infrastructure in place to detect and take over in case of failure to ensure “zero interruption” production. Modern electronics depend on a stable supply of semiconductors, and resilient networks make sure there’s no delay.

Precision is critical in the semiconductor manufacturing industry.

Instead of sending sensitive data out to centralized systems for processing, edge computing keeps it onsite to maintain ultra-low latency. This ensures seamless data flow for analysis and decision-making, while also guarding against possible breaches and interception.

From design and inspection to production, semiconductor manufacturing is made up of critical phases that impact each other.

Network convergence drives innovation in semiconductor manufacturing by enabling data to flow through every phase of operation. This empowers employees to make immediate production adjustments and leverage new technologies that need real-time data from a variety of systems.

Semiconductor manufacturing depends on precise coordination between machines, systems and sensors to carry out processes like photolithography and wafer inspection.

Network slicing dedicates specific resources to these processes, tailoring latency, bandwidth and security to ensure reliability and latency. This eliminates interference and delays that can disrupt manufacturing.